package numeros;

import java.lang.Math;

public class Constantes {
	public static final double aWGS84 = 6378137;
	public static final double K = 6.67438e-11;
	public static final double M = 5.97e24;
	public static final double k = 6.61E4;
	public static final double fWGS84 = 1/298.257223563;
	public static final double eWGS84 = (2 * fWGS84) - Math.pow(fWGS84, 2.0);
	public static final int r = 6378137;
	public static final int iT = 2451545;
	public static final int iDiasAnio = 36525;
	public static final double dConstanteTU = 1.0027379;
	public static final double dConstanteGTsg1 = 6.69745555556;
	public static final double dConstanteGTsg2 = 2400.051336908;
	public static final double dConstanteHTsg = 2400.051336889;
	public static final double dTiempoUniversal = 7.5875027778;
	public static final double dTU = 1.0027379;
	public static final double dLatitudObservador = 0.080268516;
	public static final double dLongitudObservador = -1.292955909;
	public static final double dAlturaObservador = 2.640;
	public final double n = Math.sqrt((K*M)/Math.pow(aWGS84, 3.0)); //Moviemiento medio
	public static final int segundoDia = 86400;
	public static final double dCteRapidezAngularPerturbada = 66063.1704;
	public final double dRadioPeriapsis = (aWGS84*(1 - eWGS84))/(1 + (eWGS84*Math.cos(fWGS84)));
	public final double dRadioApoapsis = (aWGS84*(1 + eWGS84))/(1 + (eWGS84*Math.cos(fWGS84)));
}
